A comprehensive digital health platform connecting patients and clinical teams through personalized care protocols, AI-powered alerts, and seamless medical device integrations — covering 40+ diseases across 12 therapeutic areas.
Platform Overview
Care-centered design,
clinical-grade infrastructure
SALMA places the patient at the center of care delivery. Each patient receives a personalized digital health record combining their medication plan, self-monitoring schedule, educational content, and real-time communication channels with their clinical team.
The platform's rule engine continuously monitors incoming data from wearables, connected devices, and patient-reported outcomes — triggering intelligent alerts when thresholds are breached, enabling early intervention before conditions escalate.
Built on open healthcare standards (HL7 FHIR, SNOMED CT, LOINC), SALMA integrates seamlessly with existing hospital EMR systems, lab platforms, and patient appointment systems across any institution.
Platform Capabilities
Everything your clinical team
needs, in one platform
Patient Health Record
Unified longitudinal PHR with clinical protocols, form manager, medication plans, and complete patient timeline accessible to both patients and clinicians.
Medication & Adherence
Medication reminders, educational video content, and symptom tracking with crisis outbreak alerts to drive long-term patient engagement.
Connected Medical Devices
Native integration with Polar, Beurer, Withings, Kardia, Nonin, and 15+ medical-grade devices via Bluetooth, Wi-Fi, and cloud APIs.
AI Clinical Intelligence
AF detection from ECG (Idoven.ai), vital sign recognition, open wound assessment (Imito.io), dermatology AI, and mental health screening (Koa Health).
Healthcare Interoperability
Full SNOMED CT, LOINC, HL7v2/CDA, and FHIR R4 compliance ensures seamless bidirectional data exchange with any hospital EMR or laboratory system.
AI Chatbot & Triage
IBM Watsonx-powered conversational AI guides patients through symptom assessment and escalates automatically to the clinical team when urgency thresholds are met.
Patient Experience
Designed for the patient.
Trusted by clinicians.
What patients see
What clinicians see
Connected Devices
Works with the devices
patients already use
15+ medical-grade device integrations across all major measurement categories — connected via Bluetooth, Wi-Fi, and cloud APIs.
Disease Coverage
40+ diseases across
12 therapeutic areas
Cardiology
- › Heart failure
- › Acute coronary syndrome
- › Atrial fibrillation
- › Cardiac transplant
- › Cardiac rehab
Oncology & Hematology
- › Colorectal cancer
- › Breast cancer
- › Lung cancer
- › Myeloma
- › Leukaemia
- › Anticoagulation
Pneumology
- › COPD
- › Sleep apnea
- › Asthma
- › Cystic fibrosis
- › Pulmonary hypertension
- › Smoking cessation
Neurology
- › Epilepsy
- › Parkinson's disease
- › Multiple sclerosis
- › ALS
- › Restless leg syndrome
Pediatrics
- › Type 1 diabetes
- › Childhood asthma
- › Obesity
- › Eating disorders
- › ASD (Autism)
Endocrinology
- › Type 2 diabetes
- › Obesity
- › Growth hormone disorders
- › IBD (Crohn's/UC)
Rheumatology
- › Rheumatoid arthritis
- › Inflammatory arthritis
- › Joint monitoring
Complex Care
- › Home hospitalization
- › Post-surgical follow-up
- › Paediatric ICU
- › Transplant recipients
How It Works
The patient journey
in four steps
Enrollment
Clinician selects the patient's protocol from 40+ disease pathways and configures individualized monitoring thresholds.
Onboarding
Patient installs the SALMA app, completes guided device pairing, and reviews their care plan with multimedia education content.
Daily Monitoring
Patient logs symptoms, medications, and vitals. Connected devices sync automatically. AI analyzes patterns in real time.
Clinical Review
Care team reviews alerts, dashboards, and outcomes. Teleconsultations are triggered as needed. Data flows back to the EMR.
Clinical Evidence
Published. Validated. Proven.
30+ peer-reviewed studies. Independent researchers. Reproducible results.
Clinical Cardiology
WILEY
· October 2021A randomized controlled clinical trial of cardiac telerehabilitation with a prolonged remote patient monitoring strategy after an acute coronary syndrome — demonstrating significant improvements in patient adherence and clinical outcomes.
View Publication →Journal of Cardiovascular Development and Disease
MDPI
· February 2023Does an eHealth Intervention Reduce Complications and Healthcare Resources? The mHeart single-center RCT showed measurable reductions in hospital readmissions and emergency visits through structured remote monitoring.
View Publication →Transplantation and Cellular Therapy
ASTCT
· June 2023Feasibility of a New Model of Care for Allogeneic Stem Cell Transplantation Recipients Facilitated by eHealth — the MY-Medula Pilot Study validating digital monitoring in high-complexity oncology patients.
View Publication →Journal of Clinical Medicine
MDPI
· September 2025Extended telemonitored follow-up after acute coronary syndrome significantly reduces outpatient visits, improves lipid profiles (triglycerides, VLDL, non-HDL cholesterol), and delivers higher patient experience scores compared to standard care — across 75 consecutively monitored patients.
View Publication →Deployment Scale